mjp

Analysis and Design of Magnetic Field for MJP

磁射流抛光中磁场的分析与设计

The shape corrections and roughness reduction of MJP are studied .

进行了磁射流抛光技术的修形工艺研究。

Magnetorheological jet polishing ( MJP ) is a new deterministic precision finishing technology .

磁射流抛光技术是一种新型的确定性精密抛光方法。

The mechanism of material removal in MJP is studied by the method of Computational Fluid Dynamics ( CFD ) .

应用计算流体力学（CFD）方法分析了磁射流抛光技术的材料去除机理。

The effects on material removal of MJP ( Magnetorheological Jet Polishing ) by several parameters were given .

研究了磁射流抛光时几种工艺参数对材料去除的影响。

The results of simulations showed that MJP methodology has wide applicability , and can increase the correct probability of the final detection result greatly .

算例分析表明MJP决策融合算法适用范围广，可大幅提高最终损伤检测结果的正确概率。

The parameter influence laws of MJP method , which indicate the influence of validity probability and number of damage detection methods on the system performance , can provide basis for system design of distributed structure damage detection .

由该算法得出的子损伤检测结果正确概率和子损伤检测结果个数等参数对最终检测结果正确概率的影响规律，为分布式结构损伤检测系统的设计提供了依据。

The overall layout of the prototype is determined based on the mechanism of MJP . And the magnetic field for MJP is analyzed . The shape of the nozzle tip is optimized by Finite Element Method .

对样机中的磁射流抛光所需要的磁场进行了分析，并结合有限元方法优化了喷嘴末端形状，设计出了具有明显集束效果的磁场结构形式。

With the discovery of middle or small-scale equipped gas field like Mlc field , Yb , Tf field , Mjp etcs , make jialingjiang group become new exploration focal point on Sichuan Province south district .

随着MLC、YB、TFC、MJP等中～小型整装气田的发现，使嘉陵江组成为蜀南地区新的勘探重点。